• UKs CMA slaps Google Search and its 90%+ market share with an antitrust investigation
    techcrunch.com
    The Competition and Markets Authority the U.K.s antitrust watchdog is wasting no time in lodging its first official investigation of 2025 under its new rules that came into effect this month. Its looking into the market dominance of Google in Search, including the new work its doing in AI search as well as its giant search advertising business, and what remedies it might impose to improve competition in the space.Those interested in responding to the investigation will have until February 3 to comment.This is the first of two investigations that the CMA is promising into Big Tech this month under its new rules, so keep an eye out for which company will be the subject of the second one.Millions of people and businesses across the UK rely on Googles search and advertising services, said Sarah Cardell, Chief Executive of the CMA, in a statement. Thats why its so important to ensure these services are delivering good outcomes for people and businesses and that there is a level playing field, especially as AI has the potential to transform search services. Its our job to ensure people get the full benefit of choice and innovation in search services and get a fair deal for example in how their data is collected and stored. And for businesses, whether you are a rival search engine, an advertiser or a news organisation, we want to ensure there is a level playing field for all businesses, large and small, to succeed.The CMA has picked an easy target: its already known that Google Search accounts for over 90% of all general search queries in the U.K., and more than 200,000 businesses use the portal to advertise.Plus, Google has already lost or is losing multiple antitrust cases in other jurisdictions over its search dominance most recently in its huge home market of the U.S., alongside multiple search cases in Europe. The CMA said it is in regular contact with other authorities.At issue for the CMA is whether it can designate Googles search business as having strategic market status (SMS). Once designated, it says, the CMA can impose conduct requirements or propose pro-competition interventions to achieve positive outcomes for UK consumers and businesses.It will look in three main areas, it said.First, its looking at whether Google is posing weak competition and barriers to entry and innovation in search. Competition definitely is already weak (see market share, above), but the barriers to innovation are definitely debatable, given the advances weve seen from companies like OpenAI in providing answers as alternatives to basic search queries.It will also investigate whether Google gives preference to its own services in areas like advertising and AI. And lastly, it will look at whether Google is using large quantities of consumer data without informed consent. This will include using content from intellectual property owners and publishers.At its most drastic, the investigation could play out in the form of business break-up proposals, as they have in the U.S. Other remedies could include opening up search results to competitors, unbundling where its search engine is integrated, or opening up the advertising part of the results to other parties.This is already on the CMAs radar: it noted in its announcement that effective competition could keep down the costs of search advertising, equivalent to nearly 500 per household per year, in turn lowering prices across the economy.The other big area to look at here is AI.The announcement of the investigation is coming at a time when Google is itself scrambling to improve its search experience in the face of new competition from AI-based services. Services like ChatGPT and Perplexity are building effective alternatives to google.com using generative AI technology to allow people to ask questions and receive instead of a long list of links fully-formed results, which might forego links to other sites altogether.Google itself has been building its own version of this experience, called Gemini, and it also has been returning fully-formed answers to search queries at the top of its own results pages. The fact that there is now a unit at the top of search pages where Google delivers results from its own generative AI tech potentially gives it a window where it could be required to provide GenAI results from other parties.
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  • 3D Printed Rockets Support Kratos New $1.45B Hypersonic Missile Contract
    3dprintingindustry.com
    Long Beach-based space launch company Rocket Lab has been selected to support Kratos Defense & Security Solutions $1.45B hypersonic missile testing project. This is reportedly one of the Pentagons largest-ever hypersonic testing infrastructure investments.This five-year OTA contract will see the San Diego weapon manufacturer support the Multi-Service Advanced Capability Hypersonic Test Bed (MACH-TB) 2.0 under Task Area 1. This initiative seeks to create an affordable test bed to increase hypersonic flight capacity in the US, bridging the gap between ground tests and system-level flight tests. MACH-TB 2.0 will reportedly reduce hypersonic development risks and accelerate the transition of new technologies to warfighting.Rocket Lab is providing access to its HASTE (Hypersonic Accelerator Suborbital Test Electron) suborbital launch vehicle, which has already delivered multiple successful hypersonic test launches for the MACH-TB program. HASTE features carbon fiber composite structures and 3D printed Rutherford rocket engines. It is a variant of the Electron two-stage launch vehicle, the United States second-most-launched orbital rocket annually.We are excited to continue the success of the MACH-TB program with this award, commented George Rumford, Director of the US Department of Defenses (DoD) Test Resource Management Center. MACH-TB is an essential tool to accelerate science and technology experiments into next generation, leap-ahead hypersonic capabilities for our nation.Were thrilled to be part of the Kratos-led team for the next iteration of the MACH-TB program and ready to serve the U.S. Department of Defense with even more high-cadence hypersonic technology with our HASTE launch vehicle, added Brian Rogers, Rocket Labs Vice President, Global Launch Services.Our demonstrated ability to date to deliver successful HASTE launches that test these new technologies is testament to our dedication in advancing hypersonic innovation for the nation alongside our government and industry partners.A concept image of a hypersonic system. Image via Kratos Defense & Security Solutions, Inc.Rocket Lab accelerates hypersonic flight MACH-TB 2.0 was established by the Test Resource Management Center (TRMC) under The Office of the Under Secretary of Defense for Research and Engineering (OUSD (R&E)). Kratos has been awarded the lead role in Task Area 1: Systems Engineering, Integration, and Testing (SEIT). This includes integrating subscale, full-scale, and air launch services to reduce costs and increase the frequency of hypersonic flight tests.Under the contract, the defense firm will lead a team of subcontractors contributing expertise in systems engineering, assembly, integration and testing (AI&T), mission planning and execution, and launch capabilities. In addition to Rocket Lab, the subcontractor team includes Leidos, Koda Technologies, Corvid Technologies, Northwind, JRC, Stratolaunch, CFD Research, PAR Systems, the University of Minnesota, and Purdue University.This programmatic milestone underscores our unwavering commitment to making upfront investments for rapidly developing, and being first to market with affordable, mission-critical solutions that meet the evolving needs of the warfighter, stated Kratos President and CEO Eric DeMarco. The MACH-TB 2.0 program award is an important element of Kratos future year organic growth forecast and expectation.Rocket Labs 3D printing-enabled HASTE launch vehicle is set to play a pivotal role in the new MACH-TB 2.0 initiative. Featuring much of the technology found in the Electron, this system includes a modified Kick Stage optimized for hypersonic testing. It also boasts a substantial payload capacity of up to 700 kg / 1,540 lbs. To date, the HASTE and Electron launchers have collectively deployed over 200 payloads from bases in the United States and New Zealand.Additive manufacturing has been key to this success. According to Rocket Lab, the Rutherford engine, which achieved its maiden launch in 2017, was the first to use 3D printing for all primary components.Peter Beck, the companys Founder and CEO, previously told 3D Printing Industry that additive manufacturing is a crucial factor in Rocket Lab being able to achieve unprecedented launch frequency. The 3D printed rocket engines can reportedly be produced every 24 hours, much faster than the months-long lead times of conventional manufacturing.Last year, the aerospace manufacturer announced it was leveraging a 90-ton 3D printer to produce its new reusable Neutron launch vehicles, said to be the largest carbon composite rocket structures in history. These will be powered by Archimedes, Rocket Labs new 3D printed reusable rocket engine.The custom-built automated fiber placement (AFP) machine used to build the Neutron is 39 ft (12 meters) tall and can lay down 328 ft (100 meters) of continuous carbon fiber composite per minute. Rocket Lab anticipates this system will save 150,000 hours during production.The launch of the Electron rocket. Image via Rocket Lab.3D printed hypersonic missilesAdditive manufacturing is playing a significant in helping the DoD address the growing demand for hypersonic missiles. Amid global supply chain challenges, the Pentagon has turned to US-based enterprises to create strong and reliable domestic supply chains.Last year, Californian aerospace firm Aerojet Rocketdyne was awarded a $22 million DoD contract to 3D print a prototype hypersonic propulsion system. The L3Harris Technologies subsidiary is developing this platform for the Growing Additive Manufacturing Maturity for Airbreathing Hypersonics (GAMMA-H) challenge. This program seeks to establish additive manufacturing processes that meet the performance and environmental requirements of modern hypersonic airbreathing systems.Aerojet Rocketdynes prototype, set to be delivered by 2027, will be manufactured through a streamlined production workflow that consolidates essential steps. According to the companys President, Ross Niebergall, this will create a less fragmented supply chain, enabling schedule and cost efficiencies.Elsewhere, US Defense firm Lockheed Martin is 3D printing key components of its Mako hypersonic missile. Specifically, metal additive manufacturing is being used to fabricate the weapons fins and guidance section. The latter is reportedly ten times faster to produce and just 1/10th of the cost of conventional manufacturing methods. Significantly, it has been reported that Lockheed could manufacture the missiles in the UK, marking a significant departure from the companys usual US-centered approach. This technology-sharing initiative could be delivered through the Aukus agreement, a trilateral military alliance between the United Kingdom, and Australia, signed in 2021.Who won the 2024 3D Printing Industry Awards?All the news from Formnext 2024.Subscribe to the 3D Printing Industry newsletter to keep up with the latest 3D printing news.You can also follow us on X, like our Facebook page, and subscribe to the 3D Printing Industry Youtube channel to access more exclusive content.Featured image shows an Artistic concept of a hypersonic system. Image via Kratos Defense & Security Solutions, Inc.
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  • Shape-shifting AI Transformer homes will leave you wanting one
    www.foxnews.com
    Tech Shape-shifting AI Transformer homes will leave you wanting one Revolutionizing living spaces with cutting-edge AI and adaptive design Published January 14, 2025 6:00am EST close 'CyberGuy': Shape-shifting AI Transformer homes will leave you wanting one AC Future and Pininfarina unveil AI Transformer homes, merging sustainability and innovation. Kurt Knutsson says this could change the way we think about home. AC Future, a leading developer of AI-enabled sustainable living solutions, has partnered with world-renowned Italian design house Pininfarina to create a groundbreaking collection of transformable living spaces. This innovative collaboration has resulted in three distinct products: AI-THd (AI Transformer Home Drivable), AI-THu (AI Transformer Home Unit) and AI-THt (AI Transformer Home Trailer).Enter the giveaway by signing up for myfree newsletter. AI-THt (AC Future) (Kurt "CyberGuy" Knutsson)AI-THd: The ultimate mobile living spaceThe AI-THd is an intelligent, self-sufficient, drivable version of the AI Transformer Home that provides unprecedented mobility and flexibility. Drivers can expand the vehicle from a compact recreational vehicle into a large mobile living space with remarkable ease. The innovative design allows the cockpit to convert into a mobile office or secondary bedroom, creating a versatile living environment. Advanced AI-enabled smart technologies enhance the overall living experience, supporting a range of lifestyle needs and preferences. AI-THd (AC Future) (Kurt "CyberGuy" Knutsson)AI-THu: The smart home reinventedThe AI-THu represents a stationary AI-enabled sustainable smart home that transforms to offer 400 square feet of intelligent living space. Its flexible main living area can seamlessly shift between a comfortable lounge, productive office or additional bedroom, maximizing functional utility. The design includes a convertible front expansion for additional living space and a private primary bedroom with extendable wardrobe options. Integrated AI smart home technology, solar panels, energy storage systems and a water generator ensure sustainable and efficient living. Priced starting at $98,000, the AI-THu can be installed anywhere on-grid or off-grid while maintaining the comforts of a traditional home. AI-THu (AC Future) (Kurt "CyberGuy" Knutsson)AI-THt: The Transformer Home trailerThe AI-THt is a 24-foot-long transformer home trailer that expands to offer up to 400 square feet of sophisticated internal living space. Utilizing patented expansion living technologies, this trailer provides flexible living spaces that adapt to various lifestyle needs. Smart AI enhancements and an aerodynamic design distinguish the AI-THt from traditional trailer homes. The unique construction eliminates the need for a front driving cabin, resulting in a more premium and spacious interior environment that doubles in size when fully expanded. AI-THt (AC Future) (Kurt "CyberGuy" Knutsson)Innovation meets designAll three AI-TH products exemplify a commitment to cutting-edge engineering, sustainable innovation and refined design. They push the boundaries of conventional standards and elevate the concept of adaptable living. Francisco Barboza, Pininfarina's senior design manager, emphasizes the challenge of maintaining an efficient floor plan while accommodating complex opening systems, resulting in an iconic design that authentically embraces the future. AI-THt (AC Future) (Kurt "CyberGuy" Knutsson)Kurt's key takeawaysThe AI-THd, AI-THu and AI-THt are more than just innovative products. They're like a crystal ball showing us how we might live, work and explore the world without compromising our environment. AC Future and Pininfarina aren't just thinking outside the box. They're creating an entirely new box. Or should we say, an expandable, AI-powered, eco-friendly box on wheels? Their partnership is laying the groundwork for a revolution in housing and mobility that could change the way we think about home in the future.What worries, if any, do you have about using AI in our homes? Let us know what you think by writing us at Cyberguy.com/Contact.For more of my tech tips and security alerts, subscribe to my free CyberGuy Report Newsletter by heading to Cyberguy.com/Newsletter.Ask Kurt a question or let us know what stories you'd like us to cover.Follow Kurt on his social channels:Answers to the most asked CyberGuy questions:New from Kurt:Copyright 2024 CyberGuy.com.All rights reserved. Kurt "CyberGuy" Knutsson is an award-winning tech journalist who has a deep love of technology, gear and gadgets that make life better with his contributions for Fox News & FOX Business beginning mornings on "FOX & Friends." Got a tech question? Get Kurts free CyberGuy Newsletter, share your voice, a story idea or comment at CyberGuy.com. Related Topics
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  • Labour's AI Action Plan - a gift to the far right
    www.computerweekly.com
    Labour has published its 'AI Opportunities Action Plan' (The Plan). The Prime Minister is very bullish about The Plan, and peppers his foreword with muscular terms like growth, revolution, ambition, strength and innovation. In itself, The Plan is full of claims that AI is essential and inevitable, and urges the government to pour public money into the industry so as not to miss out.In the style of tech entrepreneurs, The Plan likes to put 'x' after things, so investment must go up by 20x (meaning twenty times), the amount of compute AI requires has already gone up by 10,000x and so on. The Plan claims that Britain is already leading the world through the AI Safety Institute (of which more later) and infuses the usual AI hype with nationalist vibes via terms like world leader, world-class, national champions and 'Sovereign AI'.Above all, The Plan emphasises the need to scale. The significance of scale for AI and its technopolitical impacts will be explored below.This article addresses the poverty of The Plan and the emptiness of its claims about AI but, rather than a point-by-point rebuttal, it's about the underlying reasons why this Labour government supports measures that will harm both people and the environment.In between invocations of speed, pace and scale, there's some recognition in The Plan that the UK is not a wholly happy place right now. While recommending a high-tech form of land enclosures via 'AI Growth Zones' (AIGZs), which are about handing data centre developers "access to land and power", it gestures towards the idea that these could drive local innovation in post-industrial towns. While The Plan's claims about AI's inevitable progress and the oncoming wave of agentic systems that will reason, plan and act for themselves already seem dated and discredited, what hasn't changed is that the very regions targeted for growth via AIGZs have already seen violent anti-immigrant pogroms accompanied by fascist rhetoric, and those sentiments have not gone away.Ultimately, it's argued here, the misstep represented by The Plan and its total commitment to AI will reinforce and amplify the threat of the far right, as well as connecting it to the extremely reactionary ideas that are in the ascendency in Silicon Valley. This article proposes instead 'decomputing'; the refusal of hyperscale computing, the replacement of reductive solutionism with structures of care, and the construction of alternative infrastructures based on convivial technologies.In some ways, it's fairly obvious why this Labour government would want to prioritise AI. Kier Starmer's single identifiable political belief is the idea of 'growth', so demonstrating economic growth supersedes all other government concerns.Growth will demonstrate that Kier and colleagues are serious politicians who are no threat to the establishment, and at the same time win over Mr.& Mrs Red Wall voter who are disillusioned with orthodox politics. Boosting GDP is Labour's answer to all the wicked problems that beset the UK's public services and infrastructure, and avoids having to actually challenge the underlying logic of Thatcherite neoliberalism which has dominated for decades.And if there's one area of economic activity which is growing, it's certainly AI. All the graphs are going up; the venture capitalist investment, the stock market valuations, the size of the AI models and the number and scale of the data centres. Latching on to this growth is already working for the government, as a full 10% of the 63b promised by their 'record-breaking' international investment summit was earmarked for data centres.Having apparently decided to pin their hopes on AI, the Labour government have been aligning with demands from Big Tech. Not long after the election that brought Labour to power, Google issued a report titled 'Unlocking the UK's AI Potential' laying out their conditions for AI growth in the UK, including investment in data centres and a loosening of copyright restrictions. Of course, these aren't Google-specific requirements; the foundation of all contemporary AI is scale, meaning more and larger data centres to house all the servers and bigger pools of data to train them.The collision course with copyright comes from the fact that these data sets have always been too large to pay for, so the AI industry just grabs them from the internet without asking. Google's report was accompanied by a media round from their UK & Ireland vice president warning that the UK risked "losing leadership" and "falling behind" if their advice wasn't followed.It seems the message was received loud and clear; since the election, Labour have designated data centres as 'critical national infrastructure' which means that ministers can override any local planning objections, and the government is also floating a relaxation of copyright protections. It's not just Google that the Labour government is prepared to doff its cap to; Peter Kyle, the current secretary of state for Science, Innovation and Technology, has repeatedly stated that the UK should deal with Big Tech via 'statecraft'; in other words, rather than treating AI companies like any other business that needs taxing and regulating, the government should treat the relationships as a matter of diplomatic liaison, as if these entities were on a par with the UK state.This awe of Big Tech reflects deeper currents of commitment within the Labour government. Certainly, any ministers from the Blairite faction are going to be influenced by the absolute belief in AI expressed by influential think tank, the Tony Blair Institute (TBI).It's hard to exaggerate the centrality of AI to the TBI world view, but the title of their 2023 report is pretty representative: 'A New National Purpose: AI Promises a World-Leading Future of Britain'. According to this report, becoming a world leader in AI development is "a matter becoming so urgent and important that how we respond is more likely than anything else to determine Britain's future", and its 2024 sequel, 'Governing in the Age of AI: A New Model to Transform the State', opens with "There is little doubt that AI will change the course of human progress."The breathless rhetoric is accompanied by policy demands; a factor of ten increase in the UK's compute capacity, the diversion of major spending commitments to AI infrastructure, reducing regulation to US levels and, of course, enacting all this in close relationship with the private sector.A core promise is that turning the public sector over to AI will deliver huge savings and improved delivery, although one might question the reliability of their research, given that it was based on asking ChatGPT itself how many government jobs it could do. While this sketchy approach has echoes of the Iraq ('dodgy') Dossier, it's reflecting a realpolitik that sees both AI companies and rhetoric about AI as incredibly powerful at the current moment.This is perhaps the hole that AI fills for the Labour government; having long abandoned any substantive belief in the transformative power of socialism, it is lacking a mobilising belief system. At the same time, it's obvious to all and sundry that the status quo is in deep trouble and that being the party of continuity isn't going to convince anyone.Ergo, the claim that AI has the power to change the world becomes a good stand-in for a transformative ideology. The bonus for the Labour government is that relying on AI to fix things avoids the need for any structural changes that might upset powerful business and media interests, and rhetoric about global AI leadership has a suitably 'Empire' vibe to appeal to nationalistic sentiments at the grassroots.Beneath all the policy gloss and think tank reports, though, lurk the real harms of AI in the here-and-now, starting with environmental harms. The Labour government's vision for AI takes concrete form in the shape of more data centres. However, as some previously tranquil localities are starting to discover, this comes with significant impacts.Generative AI, in particular, is driving the computational scale of AI models through the roof. The rate at which these models are increasing in size outpaces any other recent tech revolution, from smartphone adoption to genome sequencing. In turn, this is driving massive increases in energy demand.To service AI and the internet cloud, the fastest growing type of data centre in the UK is the so-called hyperscale data centres run by the likes of Google, Microsoft and AWS. These are typically at least 10,000sq ft and contain upwards of 5,000 servers, but the industry wants them to be much larger, and filled with the energy-guzzling GPU chips that train and run AI.Sam Altman, CEO of ChatGPT's parent company OpenAI, has pitched plans for 5GW data centres in the US, which is the equivalent of about five nuclear reactors' worth and enough energy to power a large city. These voracious demands for electricity come with immediate consequences for national grids and for climate emissions.The Greater London Authority (GLA) has already had to impose a temporary ban on new housing developments in West London because a cluster of existing data centres was using the available grid supply. Because AI's energy demands are outpacing the development of bigger electricity grids, there's currently a push for bringing back fossil fuel sources, especially gas-powered turbines. Connecting directly to the natural gas network to overcome local power constraints is less efficient than grid-scale generation and increases unmonitored carbon emissions.Of course, Big Tech is already aware that driving climate emissions is a bad look and has previously tried to look 'green' via the use of 'renewables' and the cover story of carbon offsets. However, the scale of generative AI has blown this away to the point where both Google and Microsoft have admitted an inability to meet their own climate targets.Locally, it's not just potential power cuts that an AI data centre brings to an area, but a huge demand for cooling water to stop all the servers overheating and the pervasive presence of a background hum from all the cooling systems. The question is whether a pursuit of 'AI greatness' will make the UK more like Ireland, which has already been recolonised as a dumping ground for Big Tech's data centre infrastructure.The here-and-now harms of AI are also social. Never mind the sci-fi fantasies about AI taking over the world, the mundane reality of AI in any social context are forms of ugly solutionism that perpetuate harms rather than reducing them. The claim that more computation will improve public services is hardly new, and algorithmic fixes for everything from welfare to education have already left a trail of damage in their wake.In Australia, the 'Robodebt' algorithm wrongly accused tens of thousands of people of welfare fraud, and was only halted by a grassroots campaign and an eventual public inquiry, while in the Netherlands an algorithm falsely labelled tens of thousand of people as defrauding the child benefits system, causing crippling debts and family break-ups. What the UK's notorious Horizon IT system and contemporary AI have in common is the tendency to generate falsehoods while appearing to be working properly. What AI adds is the capacity to scale harms in way that makes the Horizon scandal look like small beer.The insistence that AI will reverse the rot in education and healthcare systems also has a tired history. Back in 2018, Facebook's non-profit arm inserted an online learning platform into a California public school system on the basis that it offered 'personalised learning', the central mantra of all AI-driven educational technology. It took mass resistance by 17-year old students to get rid of it.In the open letter they sent to Zuckerberg they said "Most importantly, the entire program eliminates much of the human interaction, teacher support, and discussion and debate with our peers that we need in order to improve our critical thinking. Unlike the claims made in your promotional materials, we students find that we are learning very little to nothing. It's severely damaged our education, and that's why we walked out in protest".Meanwhile the Nobel Prize-winning godfather of AI, Geoffrey Hinton, made the claim back in 2016 that thanks to the superior accuracy of AI's image classification there was no need to train any more radiologists. As it turned out, of course, that claim was just as specious as the more recent hype about ChatGPT passing medical exams. Labour's minister for Science, Innovation and Technology is continuing to use the trope of an AI-powered solution to cancer detection to push for more AI in public services while ignoring calls by leading cancer specialists to "concentrate on the basics of cancer treatment rather than the 'magic bullets' of novel technologies and artificial intelligence".Forcing AI into services in lieu of fixing underlying issues like decaying buildings and without funding more actual teachers and doctors is a form of structural violence - a form of violence by which institutions or social structures harm people through preventing them from meeting their fundamental needs.The political continuity here is that a commitment to AI solutions also enacts a kind of Thatcherite 'shock doctrine' where the sense of urgency generated by an allegedly world-transforming technology is used as an opportunity to transfer power to the private sector.The amount of data and computing power required to create on of today's foundation models, the big generative and supposedly general purpose systems, is beyond the reach of all but the biggest tech companies. Whether it's in welfare, education or health, a shift to AI is a form of privatisation by the backdoor, shifting a significant locus of control to Silicon Valley.Like the original Thatcherism, this is also going to be accompanied by job losses and a change to more precarious forms of algorithm-driven outsourcing. It's Deliveroo all round, not because AI can actually replace jobs but because its shoddy emulations provide managers and employers with a means to pare away employment protections.What marks the Labour government out from earlier forms of neoliberalism is its emphasis on total mobilisation, that all material and human resources should be aligned behind the national mission for growth. This translates into a rhetorical and legislative intolerance for the idea that people should be 'idle', no matter their states of mental distress or other disability.Unfortunately, while AI systems are themselves unproductive in a practical sense, they excel at exactly the functions of ranking, classification and exclusion that are required for forms of social filtering at scale. Turning more services over to AI-assisted decision-making will indeed facilitate the differentiation of the deserving from the undeserving in line with this productivist ideology.This alignment of social and technical ordering will show that Labour is indeed still the 'party of the workers', but only in the sense of squeezing the last drop of work out of people while using algorithmic optimisation to decide who is relatively disposable.Ultimately, the Labour government's capitulation to AI in the vain hope of meaningful growth is a gift to the far right.Most governing parties across Europe are making the mistake of incubating the far right while complaining about their seemingly inexorable rise. Governments seem oblivious to the political fact that trying to distract people with the spectre of the far right while completely failing to address the structural failings of neoliberalism that leave people feeling angry and abandoned, only serves to empower polarising and post-truth politics. Moreover, the fact that populist rhetoric gains support leads the same governing parties to mainstream their reactionary narratives, as the Labour government has done around immigration and the so-called 'small boats crisis'.Using AI to distract from structural problems while failing to deliver actual solutions follows a similar pattern. The only thing these algorithms will do is filter and classify groups of people to blame for the way AI itself degrades the already shoddy state of public services. The double whammy that comes with AI is the way that the industry itself is a catalyst for more extreme right ideologies.The seeds of this can be seen in the apparently innocuous turn to 'AI safety', which was initiated by Rishi Sunak but has been endorsed and continued by the current government. The rationale of AI safety is not to protect people from the everyday harms of dysfunctional AI in their everyday lives, but to head off the imagined potential for AI to trigger human extinction by developing bioweapons or by becoming completely autonomous and simply taking over.This, in turn, derives from the underlying belief in AGI or Artificial General Intelligence; the belief that the humungous but stumbling AI of today is a step to superintelligent systems that will be superior to humans. As Hollywood as this might seem, it's the position of many in AI, from godfather Geoffrey Hinton to the founders of most of the main companies like DeepMind and OpenAI.Such powerfully warping beliefs spawn real world consequences because, ultimately, it's built on a eugenicist mindset. The very idea of 'general intelligence' comes from Victorian eugenics, when scientists like Francis Galton and Karl Pearson were rationalising the racial supremacy that legitimised the British Empire. The idea of superior intelligence always comes with its corollary of inferior intelligence, whether that's defined racially or in terms of disabilities, and always pans out as assessing some lives as more worthy than others.Part of the motive for a belief in AGI is self-serving. If superintelligent AI is our only hope to solve climate change then we shouldn't be limiting the development of AI through small minded measures like carbon emissions targets, but should be mobilising all available resources, fossil fuel or not, behind its accelerated development.This is also good news for fossil fuel oligarchs who, not coincidentally, are some of the biggest funders of far right think tanks.Similarly, if the future of humanity is to join such superintelligence inside computers themselves, and this leads to vastly multiplied numbers of virtual humans, then facilitating the emergence of AGI and the 1054 virtual future humans becomes morally more important than any collateral harms to actual humans in the present moment. Again, while this might seem deranged, it's the stance of a set of beliefs known variously as 'effective altruism' (EA) or 'long termism' which are very influential in Silicon Valley.As a world view, it elevates the self-styled mission of people in AI above the meagre concerns of ordinary folk. Disturbingly, it seems that the infiltration of US and UK policy circles by people with EA beliefs was responsible for the shift to an AI Safety agenda and, in the UK, the creation of an AI Safety Institute.Lurking behind long termism, but equally influential in Silicon Valley, are the darker and more explicitly fascist beliefs of neoreaction . These kinds of ideas, as espoused by the likes of Peter Thiel, argue that democracy is a failed system, that corporations should take over social governance with monarchical models, and that society should optimise itself by weeding out inferior and unproductive elements. It's this strand of far right tech accelerationism that merged with the MAGA movement in the run up to Trump's 2024 re-election.While Elon Musk's support for anti-immigrant pogroms and his direct attacks on Starmer et al have been the most visible consequences for the UK so far, the real threat is the underlying convergence of Big Tech and reactionary politics. AI is not simply a technology but a form of technopolitics, where technology and politics produce and reinforce each other, and in the case of contemporary AI this technopolitics tends towards far right solutionism.Neither Labour nor any other political party is going to defend us against this technopolitics. We can, however, oppose it directly through 'decomputing'.Decomputing starts with the refusal of more data centres for AI, on the basis that they are environmentally damaging and because they run software that's socially harmful. Hyperscale data centres are the platform for AI's assaults on workers' rights, through precaritisation and fake automation, but also for the wider social degradations of everything from preemptive welfare cuts to non-consensual deepfake porn.Decomputing opposes AI because it's built on layers of exploitative labour, much of which is outsourced to the Global South, and because its reductive predictions are foreclosing life chances wherever they're applied to assess our future 'value'.What's needed to salve pain and suffering isn't the enclosure of resources to power the judgements of GPUs but acts of care, the prioritisation of relationships that acknowledge our vulnerabilities and interdependencies.Decomputing is a direct opposition to the material, financial, institutional and conceptual infrastructures of AI not only because they promote an already-failed solutionism but because they massively scale alienation. By injecting even more distancing, abstraction and opacity into our lives, AI is helping to fuel our contemporary crisis, furthering the bitter resentments that feed the far right and the disenchantments that separates us from the more-than-human lifeworld.What we urgently need, instead of a political leadership in thrall to AI's aura of total power, is a reassertion of context and agency by returning control to more local and directly democratic structures. Decomputing argues that, wherever AI is proposed as 'the answer', there is a gap for the self-organisation of people who already know better what needs to be done, whether it's teachers and students resisting generative AI in the classroom or healthcare workers and patients challenging the algorithmic optimisation of workloads that eliminates even minimal chances to relate as human beings.Decomputing claims that the act of opposing AI's intensification of social and environmental harms is at the same time the assertion that other worlds are possible. It parallels contemporary calls for degrowth, which also opposes runaway extractivism by focusing on the alternative structures that could replace it.As much as contemporary AI is a convergence of off-the-scale technology and emergent totalitarianism, decomputing offers a counter-convergence of social movements that brings together issues of workers' rights, feminism, ecology, anti-fascism and international solidarity.Where AI is another iteration in the infrastructuring of Empire, decomputing recognises the urgency of starting to develop alternative infrastructures in the here-and-now, from renewable energy coops to structures of social care based on mutual aid.The murmurings in the financial pages of mainstream media that AI's infinite growth is actually a bubble prone to collapse misses the point that a wider collapse is already upon us in one form or another. Climate change is happening in front of our eyes, while it's pretty clear that liberal democracy is allowing itself to be eaten from the inside by the far right.The more that AI is allowed scale its reactionary technopolitics, the more it will have the effect of narrowing options for the rest of us. Decomputing is the bottom-up recovery of alternatives that have been long buried under techno-fantasies and decades of neoliberalism; people-powered visions of convivial technologies, cooperative socialities and a reassertion of the commons.Read more about artificial intelligenceAI interview: Thomas Dekeyser, researcher and film director: On the politics of 'techno-refusal', and the lessons that can be learned from a clandestine group of French IT workers who spent the early 1980s sabotaging technological infrastructure.AI firms can't be trusted to voluntarily share risk information: Workers at frontier AI firms have warned that their employers including OpenAI, DeepMind and Anthropic can't be trusted to voluntarily share information about their systems capabilities and risks with governments or civil society.Autonomous weapons reduce moral agency and devalue human life: Military technology experts gathered in Vienna have warned about the detrimental psychological effects of AI-powered weapons, arguing that implementing systems of algorithmic-enabled killing dehumanises both the user and the target.
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  • I used the OnePlus Open for a whole year - why it's still the foldable phone to beat in 2025
    www.zdnet.com
    OnePlus excelled with its first foldable phone, and 16 months after launch, the Open continues to challenge rivals. Here's to hoping the successor is even better.
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  • Security Silos Leave A Door Open For Hackers
    www.forbes.com
    Collaboration is needed. Security solutions should pull information together from siloed security sources and make fast, intelligence-driven correlations.
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  • www.techspot.com
    WTF?! If you go the Australian Open tennis tournament's YouTube page and click to watch a live match, you'd be forgiven for thinking someone had spiked you with LSD. But there's a good reason why the players, crowd, balls, and everything else are digital animations, making the whole thing look like a Wii Sports game. The first professional tennis tournament of 2025 is using a clever way to ensure more people can watch the matches. As explained by tennis reporter Bastien Fachan on X, the Australian Open doesn't own all of its broadcasting rights, which is fairly common. So, to ensure fans of the sport can view the action in real-time without showing any of the actual footage, the tournament is replacing the players with digital avatars that mirror their movements using motion-tracking tech.You can check out the matches live on the event's YouTube page.If this were an actual Wii Sports-like tennis game, there would probably be complaints about weird bugs such as the rackets floating in mid-air, the balls popping in and out of existence, and the audio not quite syncing up. The fact the players' heads are so large and their (tennis) balls are massive is also disconcerting.These imperfections can be forgiven when you consider what an effective method this is of allowing anyone with access to YouTube to view the proceedings, no matter where they live or which networks own the broadcast rights to the matches. // Related StoriesThis isn't the first time a sporting event has used modern tech to recreate a live game digitally in real-time. The NHL broadcast a match last year that swapped out the players for Looney Tunes characters such as Bugs Bunny and Goofy.There was also the NFL and Disney Plus partnership that broadcast a Simpsons-themed alternative version of the Cincinnati Bengals vs. Dallas Cowboys game on December 9. Homer, Bart, Moe, Carl, Barney, and Lenny and others joined in the action through the use of Sony's Beyond Sports Technology.Reactions to the digital recreations have been positive a few people say they even prefer watching these alternate versions over the real thing.
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  • Succession creator Jesse Armstrong has set his next project at HBO
    www.digitaltrends.com
    Jesse Armstrong has found his follow-up to SuccessionPer Deadline, Armstrong will write an untitled movie for HBO Films. Armstrong will executive produce with fellow Successionexecutive producer Frank Rich under their overall deals at HBO.Recommended VideosBased on an original idea, Armstrongs movie will involve four friends meeting during the turmoil of an ongoing international financial crisis, Deadlines description reads.Please enable Javascript to view this contentThe project is reportedly being fast-tracked to begin production later this year. No casting announcements have been made.Armstrongs move followsSuccession, one of the most critically acclaimed dramas of the 21st century.Succession depicts the Roys, a wealthy family that owns a media conglomerate. After the Roy patriarch suffers a health scare, the series becomes a battle among family members for company control.Successionran for four seasons from 2018 to 2023 on HBO. The show received near-universal acclaim, receiving 75 Emmy nominations and 19 wins.The series won the Emmy for Outstanding Drama Series three times, with series stars Jeremy Strong, Sarah Snook, Kieran Culkin, and Matthew Macfadyen all winning acting Emmys. Armstrong won seven Emmys for Succession, including four for Outstanding Writing for a Drama Series.Succession Season 4 | Official Trailer | HBO MaxBesidesSuccession, Armstrong created several British TV shows, including Peep Show, The Old Guys, Fresh Meat, and Babylon.While his credits are predominantly in television, Armstrong has some experience in film. Armstrong, Nat Faxon, and Jim Rash co-wrote the 2020 black comedy Downfall, a remake of 2014s Force Majeure. Armstrong also wrote the screenplays for 2019s The Day Shall Come, 2010s Four Lions, 2009s In the Loop, and 2007s Magicians.Editors Recommendations
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  • Google Comes Under U.K. Investigation Over Search Services
    www.wsj.com
    It will be the first investigation under a new digital markets competition regime that could force the company to change its conduct.
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  • SpaceX is superb at reusing boosters, but how about building upper stages?
    arstechnica.com
    Going for 40 SpaceX is superb at reusing boosters, but how about building upper stages? SpaceX has launched one of its Falcon 9 boosters for a record-breaking 25th time. Stephen Clark Jan 14, 2025 7:20 am | 0 Touchdown of SpaceX's most-flown Falcon 9 booster, tail number B1067, on a drone ship after its 25th trip to space. Credit: SpaceX Touchdown of SpaceX's most-flown Falcon 9 booster, tail number B1067, on a drone ship after its 25th trip to space. Credit: SpaceX Story textSizeSmallStandardLargeWidth *StandardWideLinksStandardOrange* Subscribers only Learn moreOn any given day, SpaceX is probably launching a Falcon 9 rocket, rolling one out to the launch pad, or bringing one back into port. With three active Falcon 9 launch pads and an increasing cadence at the Starbase facility in Texas, SpaceX's teams are often doing all three.The company achieved another milestone Friday with the 25th successful launch and landing of a single Falcon 9 booster. This rocket, designated B1067, launched a batch of 21 Starlink Internet satellites from Cape Canaveral Space Force Station, Florida.The rocket's nine kerosene-fueled Merlin 1D engines powered the 21 Starlink satellites into space, then separated from the Falcon 9's upper stage, which accelerated the payload stack into orbit. The 15-story-tall booster returned to a vertical propulsive landing on one of SpaceX's offshore drone ships in the Atlantic Ocean a few hundred miles downrange from Cape Canaveral.With the launch Friday and another Falcon 9 flight Monday (this one with a booster on its 15th mission), SpaceX has launched Falcon 9 rockets 423 times. The fleet leader, Booster No. 1,067, has now launched 457 satellites and eight astronauts over its 25 flights.Ars has reported on these rocket reuse milestones before, but SpaceX is breaking its own records so often that we've dialed back on our coverage. SpaceX has now broken its own record for the number of flights by a single Falcon 9 booster five times in the last nine months. Nine Merlin engines propel the Falcon 9 rocket off the launch pad. Credit: SpaceX Falcon 9s success is about more than reusabilityBut SpaceX's accomplishment of 25 flights offers an opportunity to step back and take in some context. The newest and final iteration of the Falcon 9 design, known as Block 5, debuted in 2018. At the time, SpaceX officials said they planned to fly each booster 10 times before standing down for more thorough refurbishment.SpaceX now plans to launch each Falcon 9 booster up to 40 times. Engineers temporarily removed two Falcon 9 boosters from SpaceX's launch rotation in 2023 for in-depth inspections after their 15th flight. That allowed SpaceX to extend each booster's certification to 20 flights, and last year, officials announced they were going for 40.The only other US company that seems close to achieving rocket reuse is Jeff Bezos' Blue Origin, which has designed the first stage booster on the New Glenn rocket to fly 25 times. Blue Origin aims to launch the New Glenn rocket for the first time this week.With more experience reusing Falcon 9 boosters, SpaceX has cut the turnaround time between flights of the same rocket. In November, SpaceX launched the same Falcon 9 booster twice in less than 14 days, the shortest turnaround time for a booster yet. The company has launched 38 missions with booster turnaround times of one month or less, and all but nine of those flights occurred within the last year.But there's more to the story.SpaceX is also recovering and reusing payload fairings, the shell that encloses satellite payloads during their initial climb through the atmosphere. Last month, the company confirmed it flew a fairing shell for the 22nd time, another new record. SpaceX's factory in Hawthorne, California, must also churn out new upper stages for each Falcon 9 and Falcon Heavy flight. That's 135 of these multimillion-dollar stages for each Falcon mission in the last 365 days, or one flight (and one new upper stage) every 2.7 days. In the background, a Falcon 9 rocket climbs away from Space Launch Complex 40 at Cape Canaveral Space Force Station, Florida. Another Falcon 9 stands on its launch pad at neighboring Kennedy Space Center awaiting its opportunity to fly. Ground crews must more quickly prepare the launch pad for another flight to achieve this kind of flight rate. Last year, SpaceX's shortest span between two launches from the same pad was less than three days. After each offshore landing, the drone ship has to travel hundreds of miles from the downrange landing zone back to port in Florida or California, where a crane lifts the booster off the vessel. Then, the drone ship must return to sea as rapidly as possible.Here are some of SpaceX's current turnaround records, and note they're all within the last year (all dates UTC):Shortest turnaround between two Falcon 9 launches from different pads: 1 hour, 5 minutes (August 31, 2024)Shortest time with three Falcon 9 launches: 20 hours, 3 minutes (March 4, 2024 and November 1718, 2024) Shortest turnaround between launches from the same pad:2 days, 15 hours, 53 minutes (November 1114, 2024)Shortest turnaround of a drone ship between landings: 3 days, 12 hours, 13 minutes (May 28June 1, 2024)Shortest turnaround of the same Falcon 9 booster:13 days, 12 hours, 34 minutes November 1125, 2024)None of these records are flukes. SpaceX has launched Falcon 9 rockets less than two hours apart on two occasions, and within a handful of hours several more times. Falcon 9 rockets have routinely launched from SpaceX's busiest launch padSpace Launch Complex 40 in Floridaas little as three or four days apart.When SpaceX landed twice on the same drone ship in three-and-a-half days last year, the company's vice president of launch, Kiko Dontchev, congratulated his team on X. The drone ship "traveled roughly 640 nautical miles in that time with only 3.5 hrs at the dock to drop off a rocket," he wrote.At the beginning of last year, Dontchev posted on X that SpaceX rolled a rocket out of the hangar and launched it six-and-a-half hours later. At the time, that was the fastest rollout to launch, but we haven't had accurate rollout times for all missions since then. During the rollout, the rocket rides on a strongback transporter along rail tracks from the hangar to the launch pad, where it pivots vertically in preparation for the countdown to liftoff. On some missions, SpaceX has raised a rocket vertically in as little as four hours before launch for final checkouts and fueling.A match made for the heavensAll of these statistics are remarkable, considering some rockets (such as the now-retired Delta IV Heavy from United Launch Alliance) have spent a year or more on the launch pad preparing for liftoff. The shortest span between two flights of ULA's expendable workhorse rocket, the Atlas V, from different pads was six days in 2015. SpaceX's fleet-leading booster, with 25 flights, has launched more times since its debut in June 2021 than all of ULA's missions in the same time period.Rocket Lab, which flies a much smaller launcher than the Falcon 9, has launched two orbital missions from different spaceports within approximately seven-and-a-half days and from the same launch pad within about nine days.SpaceX's rapid cadence wouldn't be possible without reusability, which allows the company to bring down costs and increase the launch rate. SpaceX's massive Starship rocket is designed to be fully reusable, further reducing costs and potentially resolving any concerns about production bottlenecks.Imagine, for a moment, the sprawling footprint and bloated headcount of SpaceX's factory if it had to manufacture a new Falcon 9 booster, nine engines, and a payload fairing set every 2.7 days. How cost-effective could that be? Would it even be possible? It's mind-boggling enough to visualize the blistering production pace for Falcon 9's upper stages in Hawthorne or SpaceX's Starlink satellites in Redmond, Washington.As far as we know, SpaceX doesn't have a plan to make reusable satellites. Some companies have interesting concepts for reusable satellites, but they are focused on in-space manufacturing instead of consumer services. This frame from a SpaceX video shows a stack of Starlink Internet satellites attached to the upper stage of a Falcon 9 rocket, moments after the jettison of the launcher's payload fairing. Credit: SpaceX SpaceX's massive Starship rocket is designed to be fully reusable, further reducing the marginal cost of each flight and potentially resolving any concerns about production bottlenecks. But someone will still need to build Starships, and a lot of them.Elon Musk, SpaceX's founder and CEO, has suggested that his company must produce 100 or more Starships per year to fulfill his Mars settlement ambitions, even with full reusability. When you think of the next-generation rocket factory, perhaps you should envision an airplane manufacturer, with multiple plants scattered around the country or globe.With Falcon 9, SpaceX already produces more than 100 upper stages (and a handful of new boosters) each year. Starship is significantly larger and more sophisticated than a Falcon 9 upper stage, with higher-thrust, finely tuned Raptor engines and a heat shield that will be able to fly over and over again with no refurbishment. It will require larger buildings and likely, at least in the near term, more people on the manufacturing floor. Still, the Falcon 9's upper stage is a complicated piece of equipment.Putting aside the drama and challenge of catching and re-flying rockets, the task of building so many spaceships in a year is a tall order. While SpaceX's competency with reusing Falcon 9 boosters gets a lot of attentionlanding a rocket is still incredible, even after seeing it nearly 400 timesits manufacturing prowess with Falcon 9 upper stages suggests that building 100 Starships each year just might be doable someday.Combining rocket reuse with high-rate manufacturing is fundamental for SpaceX's Starship ambitions, and it's already proving successful with Falcon 9. One might say it's a match made for the heavens.Stephen ClarkSpace ReporterStephen ClarkSpace Reporter Stephen Clark is a space reporter at Ars Technica, covering private space companies and the worlds space agencies. Stephen writes about the nexus of technology, science, policy, and business on and off the planet. 0 Comments
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